Blind Threaded Inserts

Transcription

1 Blind Threaded Inserts Since 1922 Since

2 Easily adaptable for your materials and production processes Everywhere that you need to join components reliably and effi ciently Avdel offers intelligent fastening systems and the most suitable installation tools and assembly stations. The wide variety of Avdel threaded inserts provides perfect engineering results and economic solutions in every application. Wherever you need high quality, load bearing threads in thin materials, the Avdel Blind Threaded Insert System offers the ideal solution. Quickly and reliably installed without rework or damage to the parent application, even with painted sheet materials and tubes where there is no blind side access. Together with our customers we develop blind fastening systems that simplify your production processes and improve the quality of your products. We see ourselves not only as a provider of fasteners, tools and assembly systems, but also as a system and development partner with the objective of helping our customers improve their assembly performance. Avdel threaded inserts are most commonly used in the automotive, vehicle, electronics chassis manufacturing, equipment manufacturing and shipbuilding industries. 2

3 Contents Page Overview Avdel Threaded Inserts Benefits of Assembly Design Features and Benefits Customised Designs Selecting a Threaded Insert Design Parameters Selection Guide The Range of Avdel Threaded Inserts Eurosert Nutsert /TSN DK/DL Hexsert /Euro Hexsert High Strength Hexsert Squaresert Versa-Nut Installation Equipment Installation Tools Handtools Automated Assembly Systems Assembly Applications Assembly Workstations Data Sheets Eurosert Nutsert /TSN DK/DL Hexsert /Euro Hexsert High Strength Hexsert Squaresert Versa-Nut The Range of Avdel Blind Fastening Systems 51 3

4 Avdel Threaded Inserts Avdel threaded inserts and installation tools provide a quick, reliable and low cost system of inserting high quality, load bearing threads in thin gauge materials. Avdel threaded inserts offer many benefits over nuts and bolts, weld nuts, self-tapping screws and pressed inserts. Benefits of Assembly Blind sided assembly Access is needed to only one side of the workpiece. This results in increased speed of assembly, lower assembly costs, reduced operator error and is ideal for assembly of box or closed sections. Purely mechanical fastening Avdel threaded inserts can be used to join dissimilar materials. They avoid damage of surface coatings and thus can be installed in pre- as well as in post finished applications. The workpiece is not affected by a welding process. Designed for rapid rate of installation The typical assembly cycle of 3 seconds reduces assembly time and costs. Forms a permanent fixture in material Avdel threaded inserts deliver a vibration resistant joint without requiring maintenance. Multi-functional fastener Threaded inserts feature multi functions: they provide a female thread in sheet while giving the opportunity to clamp two or more sheets at the same time; can act as a spacer resulting in fewer components required. Suitable for a wide range of installation tools The facilities of installation range from hand tools for small batch and repair work and pneumatic tools for medium volume up to full automation for in-line assembly. Designed for automation Avdel threaded inserts can be installed fully automatically resulting in a high speed and precision assembly. The set up costs are lower compared to welding equipment. 4

5 Benefits of Assembly Automotive Clamps securely into parent material giving high resistance to vibration and attendant loosening of joint Ideal for joining dissimilar materials (e.g. aluminium to plastic sections) in addition to providing a female thread Particularly suitable for installing threads into closed sections where there is no access to blind side Available in high corrosion resistant coatings such as zincnickel to conform to increasing corrosion warranty periods Lower cost and less hazardous alternative to weld nuts, with far less damage to parent material Can easily be installed after paint finish is applied to avoid clogging threads, unlike weld nuts Quick and flexible placement possible in confined areas using hand tools Will not deform, distort or damage parent material, even if this is painted prior to installation Colour of insert can be modified to match parent material or improve appearance of assembly Electronic and Electrical Equipment Closed end inserts prevent ingress of water and foreign bodies into electrical circuits No risk of nuts coming loose or falling on to circuitry Inserts can act as an earthing point Forms permanent fixing in parent material allowing easier panel removal and replacement compared to nut and bolt fixings Multi-functionality of thread, rivet and flange-spacer combined, offers space and weight advantages over other attachment methods Speaker systems Process Automation Ease of hole entry afforded by the reduced tail end diameter of Avdel inserts improves suitability for automatic placing Autosert machines can place up to 20 inserts per minute using a single placing head Automation improves control of placing, removing risk of operator error Ideal for labour intensive and highly repetitive placing sequences Autosert machines are capable of inserting several inserts simultaneously offering a significant reduction in process time 4 Autosert automated assembly systems 5

6 Design Features and Benefi ts Design Feature Design Benefi ts Typical Applications Splined Body Hexagonal Body Square Body Large Flange Improves torque-to-turn resistance in softer materials such as aluminium when compared to plain body inserts Improved electrical continuity in sheet metal fi xings Hexagonal section and bore improves torqueto-turn in components via form lock when compared to round and splined inserts Square section and bore improves torque-toturn in components via form lock due to even greater contact surface compared to round and splined inserts Increased hole punch life compared to hexagonal geometries Provides large load bearing surface Reinforces hole, preventing push through Potential to use fl ange as a spacer Can be used with underhead seal (e.g. Rimlex ) Soft materials such as aluminium, magnesium, plastics, composites and wood Earthing points in electrical assemblies Automotive chassis components requiring high resistance to turning under vibrating loads Where high bolt removal torque is required during servicing (e.g. switchgear cabinets) Thermal applications prone to high expansion and contraction in parent material Automotive body mountings requiring maximum turning resistance Soft material constructions, particularly for plastics, composites and soft sheet metals Load bearing applications in thin sheet and soft material applications Mountings where high push-out resistance is required (e.g. adjustable foot mountings) Low Profi le Near fl ush installation and clamp up Flush fi tting, thin sheet, low load bearing applications (e.g. domestic appliances and coach building) Countersunk Flush installation and secure clamp up Flush fi tting, thin sheet, low load bearing applications (e.g. domestic appliances and coach building) Closed End Reduced Tail End Diameter Prevents ingress of dirt and fl uids into thread Prevents ingress of water and foreign bodies into electrical circuits Ease of hole entry Particularly suited for automation Electrical assemblies to prevent foreign bodies being inserted through open thread Load bearing sections to avoid thread exposure With underhead seal (Rimlex ) to prevent ingress of fl uids and dirt into protected environment (e.g. fuel tank) Automated feed systems Rapid manual assembly Increased Thread Strength Improves the maximum torque capability by typically 100 % compared to standard Hexsert No risk of thread-stripping insert, avoiding expensive and time consuming re-work Potential to downsize insert and screw diameter for a given joint clamp load Structural automotive fi xings into closed aluminium extrusions and hydro-formed steel tubes High strength threads into thin, hardened steel pressings unsuited to welding Any application where routine screw removal and re-tightening without torque control is likely Slotted Body Forms four folded legs providing an extra large blind side bearing area Use with composites and plastics, reducing risk of cracking around the hole 6

7 Customised Designs Modifi ed Feature Flange Diameter Typical Uses and Benefi ts Greater diameter increases push-out force and hole reinforcement in soft and thin gauge metals Flange Thickness Thicker fl ange acts as a spacer and provides a slight increase in push-out force Nut Length Greater length acts as a blind side spacer and increases thread strength Body Diameter Greater body diameter increases thread strength, torque-to-turn and push-out force Particularly suitable where the designer wishes to retain a large hole size for a small thread Grip Range Special Cold Formed Products Increase in grip is required to accommodate thick wall constructions such as those using aluminium, magnesium, plastics and composites In high volumes, these can offer signifi cant cost savings compared to equivalent machined components Designs possible to very high tolerances for use with your own tooling Coatings Special fi nishes can improve corrosion resistance, appearance and colour match with parent materials Surface Hardening Treatments such as nitriding increase thread torque strength Closed Ends and Underhead Seals Provides maximum protection against the ingress of moisture and dirt Thread Forms We can offer a wide range of metric and imperial thread forms to suit your application, including UNC, UNF, BSW, BSF, BA and fi ne series metric threads 7

8 Selecting a Threaded Insert Selecting a threaded insert is a simple process. The six factors detailed below are designed to help you identify an insert suitable for your application: Thread size Avdel threaded inserts range Hole size This is specified on the Special features Additional features such as The information on this page should be used in conjunc- from M3 to M12 thread sizes relevant technical data page low profile, large flange, clo- tion with the technical data dependent upon the insert. for the insert. Allowance for sed end and countersunk are available on our website Imperial threads are also coating the parent material available within the standard where available please refer to should be made to avoid an range of products. Please you can also find additional page 10. undersized hole. refer to page 7 for details on information about corrosion, Grip range The threaded insert should be selected to ensure that Torque-to-turn Resistance is dependent upon the body shape and in- special features and finishes. Corrosion resistance The selection of the material safety and RoHS. the thicknesses of the creases in the series: round, type and coating of the parent material(s) falls within the grip range. splined, hexagonal and square. Please refer to page threaded insert should be made on the basis of the cor- 9 for further information. rosion resistance required. Important Information 8

9 Design Parameters 16 Influenza del profilo del Influenza corpo Body sulla del Profile coppia profilo di Influence del rotazione corpo on sulla Torque-To-Turn coppia di rotazione 14 Torque-To-Turn Coppia di rotazione (Nm) Nutsert Nutsert /TSN /TSN Eurosert Eurosert splined splined Euro Euro Hexsert Hexsert Squaresert Squaresert These figures represent typical values for M6 1st grip inserts placed in mild steel sheet. Actual values in customer s application will vary according to sheet material and its Questi numeri rappresentano i valori tipici per inserti M6 primo grip piazzati in lamiera di acciaio dolce. I valori effettivi nell'applicazione del cliente varieranno secondo il materiale thickness. e il suo spessore. 7 Influenza Head della Geometry geometria Influence della on testa Push-Out sull'espulsione 6 Push-Out Espulsione (kn) (kn) Eurosert splined Euro Hexsert Squaresert Hexsert Eurosert large testa flange larga testa large larga, flange, zigrinato splined These Questi figures numeri represent rappresentano typical i valori values tipici for per M6 inserti 1st grip M6 inserts primo grip placed piazzati in mild in lamiera steel sheet. di acciaio Actual dolce. values I valori in customer s effettivi nell'applicazione application will del vary cliente according varieranno to sheet secondo material il materiale and its thickness e il suo spessore and the e proximity la vicinanza of dell'inserto the to al strengthening consolidamento or o supporting supporto di structures. strutture di strutture. Influenza Influence della of finitura Surface superficiale Finish on Corrosion sulla resistenza Resistance alla corrosione 4000 Resistenza Salt Spray alla Resistance nebbia salina (Hours) (ore) Steel Acciaio + Zn + Clear Zn passivata trivalent Steel Acciaio + Zn + Clear Zn passivata trivalent bianca passivated trivalente passivated bianca trivalente with topseal con (senza (Cr6 free) Cr6)Zn sigillante (Cr6(senza free) Cr6) Acciaio Steel + ZnNi + ZnNi passivata Clear bianca trivalent trivalente passivated (senza Cr6 free) Cr6) Acciaio Steel + SnZn + SnZn passivata Stainless Acciaio inox steel Clear bianca trivalent trivalente passivated (senza (Cr6 free) Cr6) La The tabella above sopra table è basata is based sui on dati data derivati derived dai test from in nebbia Salt Spray salina tests secondo in accordance ASTM B 117 with usando ASTM nebbia B 117 di cloruro using 5% di sodio sodium al 5%. chloride La posizione fog. The della ranking finitura of superficiale surface finishes indicato shown nella tabella in the sopra above è table stato ottenuto has been da obtained questi test. from Questi these sono tests. ottenuti These con are condizioni carried standard out under usando standard una nebbia conditions soluzione using di sodium cloruro chloride di sodio come solution mezzo fog di as compararazione a means of comparing della resistenza the potential alla corrosione potenziale. resistance. Le The condizioni conditions in tutte in all le altre other applicazioni applications sono are spesso often differenti e possono and could intaccare affect la the posizione comparative comparativa. ranking. In particolare, In particular, se if metalli dissimilar dissimili metals sono are coinvolvolti involved l'azione the galvanica subsequent successiva galvanic può action influenzare can influence il rapporto the e la rate natura and della nature corrosione. of corrosion. La The posizione ranking mostrata shown is è based basata sul on the tempo time di comparsa of appearance della ruggine of red rossa rust but ma the lo stesso same modello overall complessivo pattern is true è vero for per time il tempo of onset di attacco of white della rust. ruggine Salt bianca. Spray tests I di are nebbia less applicable salina sono to meno applicabili stainless steel, all'acciaio but inox, its inclusion ma il suo in inserimento the table nella serves tabella to illustrate serve a illustrare its increased la sua inherent inerente resistenza corrosion alla resistance. corrosione. We Saremo would felici be happy di discutere to discuss le esigenze the requirements per la vostra particolare for your particular applicazione application and e assistervi to assist nella you scelta in selecting della finitura the most più appropriata. appropriate finish. 9

10 Selection Guide This table is designed as a guide to help you select the most suitable Avdel threaded insert for your particular application. Full technical and performance data for each threaded insert can be found on our website or contact your local Avdel representative. Product Range Body Shape Material Design Features Hole Sizes Thread Size Page No. These data sheets will be available on our website Eurosert Aluminium Steel Stainless Steel Closed End Open End Large Flange Low Profile Countersunk Metric Imperial M3 M4 M5 M6 M8 M10 M UNC 8-32 UNC UNC UNF 1/4-20 UNC 1/4-28 UNF 5/16-18 UNC 5/16-24 UNF 3/8-16 UNC 3/8-24 UNF Nutsert / TSN Series No. Description Data Sheet DK / DL Hexsert / Euro Hexsert FS38 31 FS58 32 FW78 33 FW GM17 35 GM57 36 GM * 9655 * 9665 * DKA 38 DKS DLA 40 DLS High Strength Hexsert Squaresert Versa-Nut GK VN *These data sheets will be available on our website Our policy is one of continuous product development and improvement and we reserve the right to change the specification of any product without prior notice. 10

11 Eurosert Steel inserts designed to provide load bearing threads in thin sheet materials. For hard metric hole sizes. Key features and benefi ts Can be used in very thin sheet materials from 0.25mm (0.01") Double diameter body and lead-in chamfer provide easy insertion into hole Various platings available to increase corrosion resistance Splined body improves torque-to-turn resistance in softer materials such as aluminium when compared to plain body inserts and improves electrical continuity in sheet metal fi xings Low profi le head allows near fl ush fi t to application Large fl ange head provides a load bearing surface and reinforces the hole to prevent push-out. Can be used as a spacer and can be supplied with an underhead seal. Can be used with hand tools, pneumatic tools and fully automated machines to suit a wide range of assembly methods Specifi cations Typical placing sequence Thread Sizes: M3 M10 Material: Steel Headforms: Low profi le and large fl ange Body: Round, with or without splines Hole Size: Metric Please visit our website for fastener placing animations and technical data. Assembly applications Automotive Electrical engineering Electronic components Sheet metal Domestic appliances General light fabrication 11

12 Nutsert /TSN Steel, stainless steel or aluminium inserts designed to provide load bearing threads in thin sheet materials. Key features and benefi ts Can be used in very thin sheet materials from 0.50mm (0.02") Various platings available to increase the corrosion resistance Low profi le head allows near fl ush fi t to application Large fl ange head provides a load bearing surface and reinforces the hole to prevent push-out. Can be used as a spacer and can be supplied with an under-head seal Closed end prevents the ingress of dirt and fl uids into thread and electrical circuits Can be used with hand tools, pneumatic tools and fully automated machines to suit a wide range of assembly methods Specifi cations Typical placing sequence Thread Sizes: M3 M10, 6-32 UNC, 8-32 UNC, UNC, 1/4-20 UNC, 5/16-18 UNC, 3/8-16 UNC Materials: Steel, stainless steel, aluminium Headforms: Low profi le and large fl ange Option: Closed end Hole Size: Mainly imperial. Soft metric for large fl ange options Please visit our website for fastener placing animations and technical data. Assembly applications Automotive Electrical engineering Electronic components Sheet metal Domestic appliances General light fabrication 12

13 DK/DL Steel or aluminium inserts designed to provide load bearing threads in thin sheet materials. Key features and benefi ts Can be used in very thin sheet materials from 0.50mm (0.02") Wide grip range provides a placing capability in material thickness ranging from 0.5 mm (.02") up to 7.9 mm (.312") Splined body provides increased torque-to-turn resistance over conventional non-splined inserts Low profi le head allows near fl ush seating without special hole preparation Large fl ange version provides a large bearing surface which increases push-out performance Reduced tail end diameter offers ease of hole entry Specifi cations Typical placing sequence Thread Sizes: M4 M10, 6-32 UNC, 8-32 UNC, UNC, UNF, 1/4-20 UNC, 1/4-28 UNF, 5/16-18 UNC, 5/16-24 UNF, 3/8-16 UNC, 3/8-24 UNF Materials: Steel, aluminium Headforms: Low profi le and large fl ange Body: Splined Hole Size: Imperial Please visit our website for fastener placing animations and technical data. Assembly applications Automotive Electrical engineering Sheet metal Domestic appliances General light fabrication 13

14 Hexsert and Euro Hexsert Inserts with hexagonal body, providing high torque-to-turn and pull-out performance, particularly in soft metals. Key features and benefi ts Hexagonal section and bore improves torque-to-turn in components via form lock when compared to round and splined inserts Superior pull-out performance Can be used for very thin sheet materials from 0.50 mm (0.02") Double diameter body and lead-in chamfer provide easy insertion into hole Access needed from only one side of the application, for high speed assembly Various platings available to increase corrosion resistance Low profi le head allows near fl ush fi t to application Large fl ange head provides a load bearing surface and reinforces the hole to prevent push-out. Can be used as a spacer and can be supplied with an underhead seal. Closed end prevents the ingress of dirt and fl uids into thread and electrical circuits Can be used with hand tools, pneumatic tools and fully automated machines to suit a wide range of assembly methods Specifi cations Typical placing sequence Thread Sizes: M3 M12 Materials: Steel, stainless steel Headforms: Low profi le and large fl ange Body: Hexagonal Option: Closed end Hole Size: Metric and imperial options Please visit our website for fastener placing animations and technical data. Assembly applications Automotive chassis components Electrical engineering Sheet metal Domestic appliances Switchgear cabinets Thermal applications 14

15 High Strength Hexsert High strength Hexsert provides clamp force comparable to weld nuts and clinch nuts in high torque applications. They offer equivalent thread proof load strength to ISO 898 Property Class 10 weld nuts and clinch nuts, and can handle tightening torques commonly applied to Property Class 10.9 and 12.9 screws and bolts. Key features and benefi ts Exceptional torque capability High speed assembly Provides high-strength threads in thin materials starting at 0.5mm Increased thread strength If excessive torque is applied, the screw shank should fail before the insert, avoiding over-tightening problems such as thread stripping and expensive rework Installed with standard Avdel handtools, as well as multihead and auto-feed robotic systems Specifi cations Typical placing sequence Thread Sizes: M6 M12 Material: Steel Headforms: Large fl ange Body: Hexagonal Hole Size: Metric Avdel Patent Protected. Please visit our website for fastener placing animations and technical data. Assembly applications Tubular steel Hydroformed parts Magnesium castings Aluminum extrusions 15

16 Squaresert Steel inserts with square body, providing very high torque-toturn and pull-out performance in all materials. Key features and benefi ts Square section and bore improves torque-to-turn in components via form lock due to even greater contact surface compared to round and splined inserts Increases hole punch life compared to hexagonal geometries Superior pull-out performance Can be used for very thin sheet materials from 0.50mm (0.02") Various platings available to increase corrosion resistance Large fl ange head provides a load bearing surface and reinforces the hole to prevent push-out Can be used as a spacer and can be supplied with an underhead seal Can be used with hand tools, pneumatic tools and fully automated machines to suit a wide range of assembly methods Specifi cations Typical placing sequence Thread Sizes: M5 M8 Material: Steel Headform: Large fl ange Hole Size: Metric Please visit our website for fastener placing animations and technical data. Assembly applications Automotive body mountings Electrical enclosures Soft sheet metal Plastics & composites Domestic appliances General light fabrication 16

17 Versa-Nut Versa-Nut inserts are designed for blind-sided use in soft materials, plastics and composites. Versa-Nut Inserts have a higher pull out and torque-to-turn resistance than most alternative blind inserts. The insert s higher strength allows designers to reduce the size or number of fasteners in an assembly and because it features a grip range far greater than that of a standard rivet nut, it suits a wide number of applications. Key features and benefi ts Specially designed for use in soft or weak materials, plastics, composites, or very thin panels Large head size spreads clamp load of assembled joint Additional benefi ts against conventional inserts: 1) Extra large blind side bearing area after placing offers: Higher pull-out and torque-to-turn resistance Less radial loading of holes in brittle materials Less risk of cracking and de-lamination of composites 2) Up to twice the grip range of standard blind inserts: Enables a designer to reduce the size or number of fasteners in an assembly Covers large variations of thicknesses Specifi cations Typical placing sequence Thread Sizes: M4 M8 Material: Steel Headform: Large fl ange Body: Round Hole Size: Imperial Please visit our website for fastener placing animations and technical data. Assembly applications Blow-molded automotive parts and trim fi xings Sandwiched sections, and composite panels in truck, bus, caravan and marine interiors General composite and plastic sections for toys Small domestic appliances Containers Display panels Plastic furniture Fiberboard and plywood assemblies 17

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19 Installation Tools Avdel offers a highly cost effective and flexible range of hand operated power tools for placing threaded inserts. The range is designed to meet the needs of different applications and assembly environments as well as different types of threaded inserts. Key benefits include: Lower in-place costs through high speed, accurate placement of inserts Greater production flexibility from batch work to assembly line Improved product quality through reliable and secure thread installation Maximum operator comfort and improved ergonomics Handtools Avdel Threaded Insert Power Tools use the spin-pull technology: The benefits of spin-pull technology Generates high pull forces required to place large diameter and thick wall inserts Reduces wear on the drive screw resulting in lower maintenance and longer tool lifetime Compact, ergonomically designed tools which can be suspended or hand held Allows placement of lubricated and unlubricated inserts The insert is automatically threaded onto the drive screw. 2. On activating the tool, the threaded insert is pulled towards the tool, forming the body radially outwards to clench tightly against the workpiece. 3. The drive screw of the tool reverses and is disengaged from the thread leaving the insert securely in position. 19

20 Handtools model A high performance hydro-pneumatic power tool in heavy duty plastic, designed for rapid, blind sided installation of threaded inserts from M3 to M12. Heavy duty plastic tool body and long-life components provide a durable and robust construction for a long working life. Ideal for demanding production environments The ergonomic design provides for reduced operator fatigue and increased productivity. The tool can be suspended or hand held Latest spin-pull technology ensures accurate and secure thread installation and reduces wear on the drive screw. Places lubricated and unlubricated inserts Lightweight design makes it portable and easy to handle Average cycle time of 2.5 secs reduces assembly time to a minimum model The tool complements the model by offering the additional feature of pressure setting so that the insert is always fully formed, regardless of clamping capacity changes. It is designed for applications where inserts are being placed into the same application with varying sheet thicknesses, which is increasingly the case with the use of plastics, composite materials and magnesium and aluminium castings. The is also advantageous in conditions where swarf may be present at the back of drilled holes and for blind holes (i.e. tubes) where you cannot see if the insert has correctly formed body building, instrument panel beams. The tool installs inserts to a set hydraulic pressure (which may be adjusted), rather than operating to a fixed stroke. This eliminates the need to adjust stroke or to use more than one tool to install inserts into different thicknesses, improving product quality and reducing assembly cycle times. The pressure setting allows operators to install same fastener into varying material thickness without any adjustment to stroke. Thus eliminates operator responsibility for setting tool stroke and also overcomes rear sheet swarf issues Utilises standard nose equipment and can install M3 to M8 inserts The ergonomic design provides for reduced operator fatigue and increased productivity. The tool can be suspended or hand held The plastic covered cast and aluminium body provides highly impact resistance when dropped. The tool does not rely on plastic casing to take loading from pneumatic cylinder action Lightweight design makes it portable and easy to handle Heavy duty rubber base increases impact resistance and durability

21 74401 split tool A hydro pneumatic power tool with separated intensifier creating a high pull force enabling the fitting of a variety of Avdel threaded inserts. The s compact and ergonomic design has a long life span with low maintenance requirements. Split tool offering a lightweight placing head Designed to place threaded inserts up to M12 The ergonomic design provides for reduced operator fatigue Generates high pull forces Longer tool life and lower maintenance split tool A high performance hydro-pneumatic power tool designed for installing threaded inserts requiring more setting stroke. This tool offers a greater amount of stroke, whilst maintaining lightweight and ergonomic features as a result of the split intensifier. Split tool offering a lightweight placing head Designed to place Versa-Nut threaded inserts up to M10 The ergonomic design provides for reduced operator fatigue High placement speed for increased productivity Robust tool with ease to maintenance tool for hexagonal hole production The tool compliments and extends the range of Avdel hand tools for installing threaded inserts, by offering the capability of producing hexagonal holes for threaded Hexsert inserts into materials where access is only possible from one side. The tool allows customers to benefit from the non-rotational properties of hexagonal inserts compared with round inserts. This is achieved by drilling a round hole, then inserting the tool and forming a hex hole

22 Automated Assembly Systems Autosert The Autosert automated system is a modular design for M3-M10 threaded inserts, reducing assembly time and costs. The integral processing diagnostics ensure the assembly process is highly controlled for improved product quality. The feeder bowl holds up to 2000 inserts for continuous fastener feed. Modular design of placing head, blow feed unit and PLC control cabinet for quick and simple integration into assembly lines. The system works as a stand-alone unit and can be used to fasten a wide range of applications. For maximum production flexibility and minimum tool downtime the compact, lightweight placing head is quick to reconfigure, can be mounted separately and used at any angle. Flexible electric, pneumatic and hydraulic connections between the three main components for quick and simple interface with a wide range of assembly systems. The integral processing diagnostics at all stages with clear and simple PLC displays provide for high precision, highly reliable assembly and improved product quality. 22

23 Assembly Applications Automotive - Car Seat Four Autosert workstations with blow feed system, modular head, stockline indicator and bulk container, place 4 x M12 Hexsert inserts per unit in a cycle time of 30 seconds. A total of 7,200 Hexsert inserts are placed in 1800 units per day. Automotive - Dashboard The assembly of this dashboard mounting beam, a hydroformed tube with 29 lasered hex holes, is fully automated with robots. Four Autosert workstations with blow feed systems and modular heads place 29 x M6 and M8 Hexsert inserts per part in a cycle time of 95 seconds. 23

24 Assembly Workstations Customised Assembly Systems Multi-head Workstation (semi automated) Designed for multiple and synchronous placement of threaded inserts. The example shows a station for placing 6 x M5 Hexsert inserts for different applications, including process monitoring of part and insert presence and insert placed diagnostic. These customised multi-head workstations can dramatically reduce assembly time and cost at improved quality. 24

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26 Eurosert 9408 English Français Deutsch Italiano Español Large flange A collerette Flachkopf Flangiato Ala Ancha Splined body Fût cannelé Gerändelter Schaft Corpo zigrinato Cuerpo estriado Low carbon steel* Zinc plated Clear trivalent passivated Acier bas carbone* Revêtement zingué Passivation claire trivalente Stahl* Verzinkt Klar chromatiert, Cr6-frei Acciaio a basso tenore di carbonio* Zincato Passivazione chiara Acero bajo en carbono* Zincado Pasivado claro trivalente trivalente * : DIN EN Qst 34-3, BS EN/DIN C8C, Werkstoff , SAE 1008 øb D M e grip P øa øj e (grip) øa øb D øj M P Part No/ref min. max. +0.1/-0 max. max. ±0.13 max. nom. max. M3 x M4 x M5 x M6 x M8 x M10 x all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max. torque Pull-out Torque-to-turn Push-out Nm max. kn Nm min. kn M3 x M4 x M5 x M6 x M8 x M10 x

27 Eurosert English Français Deutsch Italiano Español Low profile Auto-affleurante Extra kleiner Kopf Testa a fila Sin ala Stainless steel* Natural * : Werkstoff Inox* Brut Edelstahl* Blank Acciaio inox* Nessuna finitura Acero inoxidable* Natural øb D M e grip P øj øa e (grip) øa øb D øj M P min. max. +0.1/-0 max. max. max. max. max. max. Part No/ref M4 x M5 x all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max torque Pull-out Torque-to-turn Push-out Nm max. kn Nm min. kn M4 x M5 x

28 Eurosert English Français Deutsch Italiano Español Low profile Auto-affleurante Extra kleiner Kopf Testa a fila Sin ala Splined body Fût cannelé Gerändelter Schaft Corpo zigrinato Cuerpo estriado Low carbon steel* Zinc plated Clear trivalent passivated Acier bas carbone* Revêtement zingué Passivation claire trivalente Stahl* Verzinkt Klar chromatiert, Cr6-frei Acciaio a basso tenore di carbonio* Zincato Passivazione chiara Acero bajo en carbono* Zincado Pasivado claro trivalente trivalente * : DIN EN Qst 34-3, BS EN/DIN C8C, Werkstoff , SAE 1008 øb D M e grip P øj øa e (grip) øa øb D øj M P min. max. +0.1/-0 max. max. ±0.13 max. nom. max. Part No/ref M4 x M5 x M6 x 1.0 M8 x M10 x all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max. torque Pull-out Torque-to-turn Push-out Nm max. kn Nm min. kn M4 x M5 x M6 x M8 x M10 x

29 Nutsert / TSN 9468 English Français Deutsch Italiano Español Low profile Auto-affleurante Extra kleiner Kopf Testa a fila Sin ala Stainless steel* Natural * : Werkstoff Inox* Brut Edelstahl* Blank Acciaio inox* Nessuna finitura Acero inoxidable* Natural øb D M e grip P øj øa e (grip) øa øb D øj M P min. max. +0.1/-0 max. max. max. max. max. max. Part No/ref M3 x M4 x M5 x M6 x M8 x M10 x all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max torque Pull-out Torque-to-turn Push-out Nm max. kn Nm min. kn M3 x M4 x M5 x M6 x M8 x M10 x

30 Nutsert / TSN 9658 English Français Deutsch Italiano Español Low profile Auto-affleurante Extra kleiner Kopf Testa a fila Sin ala Low carbon steel* Zinc plated Clear trivalent passivated Lubricated Acier bas carbone* Revêtement zingué, Passivation claire trivalente Lubrifié Stahl* Verzinkt Klar chromatiert, Cr6-frei Trockenfilmbeschichtet Acciaio a basso tenore di carbonio* Zincato Passivazione chiara trivalente Acero bajo en carbono* Zincado Pasivado claro trivalente Lubricado Lubrificato * : DIN EN Qst 34-3, BS EN/DIN C8C, Werkstoff , SAE 1008 øb D M e grip P øj øa e (grip) øa øb D øj M P min. max. +0.1/-0 max. max. max. max. max. max. Part No/ref M3 x M4 x M5 x M6 x M8 x M10 x all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max torque Pull-out Torque-to-turn Push-out Nm max. kn Nm min. kn M3 x M4 x M5 x M6 x M8 x M10 x

31 Nutsert / TSN FS38 English Français Deutsch Italiano Español Low profile Auto-affleurante Extra kleiner Kopf Testa a fila Sin ala Closed end Borgne Geschlossen Fondo cieco Fondo cerrado Low carbon steel* Zinc plated Clear trivalent passivated Acier bas carbone* Revêtement zingué Passivation claire trivalente Stahl* Verzinkt Klar chromatiert, Cr6-frei Acciaio a basso tenore di carbonio* Zincato Passivazione chiara Acero bajo en carbono* Zincado Pasivado claro trivalente trivalente * : DIN EN Qst 34-3, BS EN/DIN C8C, Werkstoff , SAE 1008 øb D M e grip P øj øa e (grip) øa øb D øj M P min. max. +0.1/-0 max. max. max. max. max. max. Part No/ref M4 x FS M5 x FS M6 x FS M8 x FS all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max torque Pull-out Torque-to-turn Push-out Nm max. kn Nm min. kn M4 x M5 x M6 x M8 x

32 Nutsert / TSN FS58 English Français Deutsch Italiano Español Large flange A collerette Flachkopf Flangiato Ala Ancha Closed end Borgne Geschlossen Fondo cieco Fondo cerrado Low carbon steel* Zinc plated Clear trivalent passivated Acier bas carbone* Revêtement zingué Passivation claire trivalente Stahl* Verzinkt Klar chromatiert, Cr6-frei Acciaio a basso tenore di carbonio* Zincato Passivazione chiara Acero bajo en carbono* Zincado Pasivado claro trivalente trivalente * : DIN EN Qst 34-3, BS EN/DIN C8C, Werkstoff , SAE 1008 øb D M e grip P øa øj e (grip) øa øb D øj M P min. max. +0.1/-0 max. max. ± 0.13 max. max. max. Part No/ref M4 x FS M5 x FS M6 x FS M8 x FS all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max. torque Pull-out Torque-to-turn Push-out Nm max. kn Nm min. kn M4 x M5 x M6 x M8 x

33 Nutsert / TSN FW78 English Français Deutsch Italiano Español Large flange A collerette Flachkopf Flangiato Ala Ancha Aluminium alloy* (2.5 % Mg) Natural Alliage d aluminium* (2.5% Mg) Brut * : AA 5052, DIN 1725, AlMg2.5, Werkstoff Aluminium* (2.5 % Mg) Blank Lega di alluminio* (2.5% Mg) Nessuna finitura Aluminio* (2.5% Mg) Natural øb D M e grip P øj øa e (grip) øa øb D øj M P Part No/ref min. max. +0.1/-0 max. ± 0.35 ± 0.15 max. ± 0.35 max. M3 x FW FW M4 x FW FW M5 x FW FW FW M6 x FW FW FW M8 x FW FW M10 x FW FW all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max. torque Pull-out Torque-to-turn Push-out Nm max. kn Nm min. kn M3 x M4 x M5 x M6 x M8 x M10 x

34 Nutsert / TSN FW96 English Français Deutsch Italiano Español 90 Countersunk 90 Tête fraisée 90 Senkkopf 90 Testa svasata 90 Cabeza avellanada Aluminium alloy* (2.5 % Mg) Natural Alliage d aluminium* (2.5% Mg) Brut * : AA 5052, DIN 1725, AlMg2.5, Werkstoff Aluminium* (2.5 % Mg) Blank Lega di alluminio* (2.5% Mg) Nessuna finitura Aluminio* (2.5% Mg) Natural øb D M e grip P øj øa e (grip) øa øb D øj M P Part No/ref min. max. +0.1/-0 max. +0/ /-0.1 max. ± 0.35 max. M3 x FW M4 x 0.7 M5 x 0.8 M6 x 1.0 M8 x 1.25 M10 x FW FW FW FW FW FW FW FW FW FW all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max torque Pull-out Torque-to-turn Push-out Nm max. kn Nm min. kn M3 x M4 x M5 x M6 x M8 x M10 x

35 Nutsert / TSN GM17 English Français Deutsch Italiano Español Low profile Auto-affleurante Extra kleiner Kopf Testa a fila Sin ala Aluminium alloy* (2.5 % Mg) Natural Alliage d aluminium* (2.5% Mg) Brut * : AA 5052, DIN 1725, AlMg2.5, Werkstoff Aluminium* (2.5 % Mg) Blank Lega di alluminio* (2.5% Mg) Nessuna finitura Aluminio* (2.5% Mg) Natural øb D M e grip P øj øa e (grip) øa øb D øj M P min. max. +0.1/-0 max. +0.3/ /-0.1 max. ± 0.35 max. Part No/ref M4 x GM M5 x GM M6 x GM M8 x GM all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max torque Pull-out Torque-to-turn Push-out Nm max. kn Nm min. kn M4 x M5 x M6 x M8 x

36 Nutsert / TSN GM57 English Français Deutsch Italiano Español 90 Countersunk 90 Tête fraisée 90 Senkkopf 90 Testa svasata 90 Cabeza avellanada Closed end Borgne Geschlossen Fondo cieco Fondo cerrado Aluminium alloy* (2.5 % Mg) Natural Alliage d aluminium* (2.5% Mg) Brut * : AA 5052, DIN 1725, AlMg2.5, Werkstoff Aluminium* (2.5 % Mg) Blank Lega di alluminio* (2.5% Mg) Nessuna finitura Aluminio* (2.5% Mg) Natural øb D M e grip P øj øa M4 x 0.7 M5 x 0.8 M6 x 1.0 M8 x 1.25 e (grip) øa øb D øj M P min. max. +0.1/-0 max. +0/ /-0.1 max. ± 0.35 max. Part No/ref GM GM GM GM GM GM GM GM all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max torque Pull-out Torque-to-turn Push-out Nm max. kn Nm min. kn M4 x M5 x M6 x M8 x

37 Nutsert / TSN GM68 English Français Deutsch Italiano Español Large flange A collerette Flachkopf Flangiato Ala Ancha Closed end Borgne Geschlossen Fondo cieco Fondo cerrado Aluminium alloy* (2.5 % Mg) Natural Alliage d aluminium* (2.5% Mg) Brut * : AA 5052, DIN 1725, AlMg2.5, Werkstoff Aluminium* (2.5 % Mg) Blank Lega di alluminio* (2.5% Mg) Nessuna finitura Aluminio* (2.5% Mg) Natural øb D M e grip P øj øa e (grip) øa øb D øj M P min. max. +0.1/-0 max. ±0.35 ±0.15 max. ± 0.35 max. Part No/ref M3 x GM M4 x 0.7 M5 x 0.8 M6 x 1.0 M8 x GM GM GM GM GM GM GM GM all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max torque Pull-out Torque-to-turn Push-out Nm max. kn Nm min. kn M3 x M4 x M5 x M6 x M8 x

38 DK DKA English Français Deutsch Italiano Español Low profile Auto-affleurante Extra kleiner Kopf Testa a fila Sin ala Splined body Fût cannelé Gerändelter Schaft Corpo zigrinato Cuerpo estriado Aluminium Clear protective coating Aluminium Couche protectrice claire Aluminium Klare Schutzschicht Aluminium Strato protezione chiaro Aluminium Capa protectora clara øb D M e grip P øj øa filetage / M4 x 0.7 6H M5 x 0.8 6H M6 x 1.0 6H M8 x H M10 x 1.5 6H e (grip) øa øb D øj M P min. max /-0 max. ±0.25 ±0.05 max. ±0.38 max. Part No/ref DKA DKA DKA DKA DKA DKA DKA DKA DKA DKA all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros 38

39 DK DKS English Français Deutsch Italiano Español Low profile Auto-affleurante Extra kleiner Kopf Testa a fila Sin ala Splined body Fût cannelé Gerändelter Schaft Corpo zigrinato Cuerpo estriado Steel Zinc plated Clear trivalent passivated Acier Revêtement zingué Passivation claire trivalente Stahl Verzinkt Klar chromatiert, Cr6-frei Acciaio Zincato Passivazione chiara trivalente Acero Zincado Pasivado claro trivalente øb D M e grip P øj øa filetage / M4 x 0.7 6H M5 x 0.8 6H M6 x 1.0 6H M8 x H M10 x 1.5 6H e (grip) øa øb D øj M P min. max /-0 max. ±0.25 ±0.05 max. ±0.38 max. Part No/ref DKS DKS DKS DKS DKS DKS DKS DKS DKS DKS all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros filetto / rosca Recommended max torque Pull-out Torque-to-turn Push-out Nm kn Nm kn M4 x 0.7 6H M5 x 0.8 6H M6 x 1.0 6H M8 x H N/A M10 x 1.5 6H N/A

40 DL DLA English Français Deutsch Italiano Español Large flange A collerette Flachkopf Flangiato Ala Ancha Splined body Fût cannelé Gerändelter Schaft Corpo zigrinato Cuerpo estriado Aluminium Clear protective coating Aluminium Couche protectrice claire Aluminium Klare Schutzschicht Aluminium Strato protezione chiaro Aluminium Capa protectora clara øb D M e grip P øj øa filetage / M4 x 0.7 6H M5 x 0.8 6H M6 x 1.0 6H M8 x H M10 x 1.5 6H e (grip) øa øb D øj M P min. max /-0 max. ±0.25 ±0.08 max. ±0.38 max. Part No/ref DLA DLA DLA DLA DLA DLA DLA DLA DLA DLA all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros 40

41 DL DLS English Français Deutsch Italiano Español Large flange A collerette Flachkopf Flangiato Ala Ancha Splined body Fût cannelé Gerändelter Schaft Corpo zigrinato Cuerpo estriado Steel Zinc plated Clear trivalent passivated Acier Revêtement zingué Passivation claire trivalente Stahl Verzinkt Klar chromatiert, Cr6-frei Acciaio Zincato Passivazione chiara trivalente Acero Zincado Pasivado claro trivalente øb D M e grip P øj øa filetage / M4 x 0.7 6H M5 x 0.8 6H M6 x 1.0 6H M8 x H M10 x 1.5 6H e (grip) øa øb D øj M P min. max /-0 max. ±0.25 ±0.08 max. ±0.38 max. Part No/ref DLS DLS DLS DLS DLS DLS DLS DLS DLS DLS all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros filetto / rosca Recommended max torque Pull-out Torque-to-turn Push-out Nm kn Nm kn M4 x 0.7 6H M5 x 0.8 6H M6 x 1.0 6H M8 x H N/A M10 x 1.5 6H N/A

42 Hexsert 9498 English Français Deutsch Italiano Español Large flange A collerette Flachkopf Flangiato Ala Ancha Hexagonal body Hexagonal corps Hexagonaler Schaft Hexagonal corpo Hexagonal cuerpo Low carbon steel* Zinc plated Clear trivalent passivated Acier bas carbone* Revêtement zingué, Passivation claire trivalente Stahl* Verzinkt Klar chromatiert, Cr6-frei Acciaio a basso tenore di carbonio* Zincatura spessore Passivazione chiara Acero bajo en carbono* Zincado Pasivado claro trivalente trivalente * : DIN EN Qst 34-3, BS EN/DIN C8C, Werkstoff , SAE 1008 F A/F øb D M e grip P øa øj A/F rec. e (grip) øa øb D F øj M P min. max. min. max. ± 0.08 max. ± 0.13 ± 0.08 max. ± 0.50 max. Part No/ref M4 x M5 x M6 x M8 x M10 x M12 x all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max torque Pull-out Torque-to-turn Push-out Nm max. kn Nm min. kn M4 x M5 x M6 x M8 x M10x x M12 x

43 Hexsert 9688 English Français Deutsch Italiano Español Low profile Auto-affleurante Extra kleiner Kopf Testa a fila Sin ala Hexagonal body Hexagonal corps Hexagonaler Schaft Hexagonal corpo Hexagonal cuerpo Low carbon steel* Zinc plated Clear trivalent passivated Lubricated Acier bas carbone* Revêtement zingué, Passivation claire trivalente Lubrifié Stahl* Verzinkt Klar chromatiert, Cr6-frei Trockenfilmbeschichtet Acciaio a basso tenore di carbonio* Zincatura spessore Passivazione chiara trivalente Acero bajo en carbono* Zincado Pasivado claro trivalente Lubricado Lubrificato * : DIN EN Qst 34-3, BS EN/DIN C8C, Werkstoff , SAE 1008 F A/F B D M e grip P øj øa A/F e (grip) øa B D F øj M P min. max. min. max. max. max. max. max. min. e max. e max. max. Part No/ref M3 x M4 x M5 x M6 x M8 x all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max torque Pull-out Torque-to-turn Push-out Nm max. kn Nm min. kn M3 x M4 x M5 x M6 x M8 x

44 Euro Hexsert English Français Deutsch Italiano Español Low profile Auto-affleurante Extra kleiner Kopf Testa a fila Sin ala Hexagonal body Hexagonal corps Hexagonaler Schaft Hexagonal corpo Hexagonal cuerpo Low carbon steel* Zinc plated Clear trivalent passivated Acier bas carbone* Revêtement zingué Passivation claire trivalente Stahl* Verzinkt Klar chromatiert, Cr6-frei Acciaio a basso tenore di carbonio* Zincato Passivazione chiara Acero bajo en carbono* Zincado Pasivado claro trivalente trivalente * : DIN EN Qst 34-3, BS EN/DIN C8C, Werkstoff , SAE 1008 D F A/F B M e grip P øj øa A/F e (grip) øa B D F øj M P +0.1/-0 min. max. ± 0.08 max. ± 0.07 ± 0.08 max. ± 0.50 max. Part No/ref M4 x M5 x M6 x M8 x M10 x all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max torque Pull-out Torque-to-turn Push-out Nm max. kn Nm min. kn M4 x M5 x M6 x M8 x M10 x

45 Euro Hexsert English Français Deutsch Italiano Español Low profile Auto-affleurante Extra kleiner Kopf Testa a fila Sin ala Hexagonal body Hexagonal corps Hexagonaler Schaft Hexagonal corpo Hexagonal cuerpo Stainless steel* Natural Inox* Brut * : BS S17, Werkstoff Edelstahl* Blank Acciaio inox* Nessuna finitura Acero inoxidable* Natural D F A/F B M e grip P øj øa M6 x A/F e (grip) øa B D F øj M P +0.1/-0 min. max. ± 0.08 max. ± 0.13 ± 0.08 max. ± 0.50 max. Part No/ref all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max torque Pull-out Torque-to-turn Push-out Nm max. kn Nm min. kn

46 Euro Hexsert English Français Deutsch Italiano Español Large flange A collerette Flachkopf Flangiato Ala Ancha Hexagonal body Hexagonal corps Hexagonaler Schaft Hexagonal corpo Hexagonal cuerpo Closed end Borgne Geschlossen Fondo cieco Fondo cerrado Low carbon steel* Zinc plated Clear trivalent passivated Acier bas carbone* Revêtement zingué, Passivation claire trivalente Stahl* Verzinkt Klar chromatiert, Cr6-frei Acciaio a basso tenore di carbonio* Zincatura spessore Passivazione chiara Acero bajo en carbono* Zincado Pasivado claro trivalente trivalente * : DIN EN Qst 34-3, BS EN/DIN C8C, Werkstoff , SAE 1008 F A/F øb D M e grip P øa øj A/F rec. e (grip) øa øb D F øj M P min. max. min. max. ± 0.08 max. ± 0.13 ± 0.08 max. ± 0.50 max. Part No/ref M6 x M8 x all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max torque Pull-out Torque-to-turn Push-out Nm max. kn Nm min. kn M6 x M8 x

47 High Strength Hexsert English Français Deutsch Italiano Español Large flange A collerette Flachkopf Flangiato Ala Ancha Hexagonal body Hexagonal corps Hexagonaler Schaft Hexagonal corpo Hexagonal cuerpo Low carbon steel* Zinc plated Clear trivalent passivated Acier bas carbone* Revêtement zingué Passivation claire trivalente Stahl* Verzinkt Klar chromatiert, Cr6-frei Acciaio a basso tenore di carbonio* Zincato Passivazione chiara trivalente Acero bajo en carbono* Zincado Pasivado claro trivalente *: DIN EN Qst 34-3, BS EN/DIN C8C, Werkstoff , SAE 1008 **: to red rust / à la rouille rouge / bis Rotrost / alla ruggine rossa / al óxido rojo (ASTM B117) Cr6 240 h** F A/F øb D M e grip P øa øj A/F e (grip) øa øb D F øj M P min. max. min. max. ±0.08 min. max. ±0.13 ±0.08 min. max. nom. max. Part No/ref M6 x M8 x M10 x M12 x all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max torque max. Nm Pull-out Torque-to-turn Push-out e max. kn e max. Nm e min. Nm M6 x M8 x M10 x M12 x e max. kn 47

48 Squaresert GK08 English Français Deutsch Italiano Español Large flange A collerette Flachkopf Flangiato Ala Ancha Square section Corps carré Vierkantschaft Corpo quadrati Cuerpo quadrado Low carbon steel* Zinc plated Clear trivalent passivated Acier bas carbone* Revêtement zingué Passivation claire trivalente Stahl* Verzinkt Klar chromatiert, Cr6-frei Acciaio a basso tenore di carbonio* Zincato Passivazione chiara Acero bajo en carbono* Zincado Pasivado claro trivalente trivalente * : DIN EN Qst 34-3, BS EN/DIN C8C, Werkstoff , SAE 1008 B D B D M M e grip e grip P P øa øa A/F J J M5 x 0.8 M6 x 1.0 e (grip) A/F øa B D J M P min. max. ±0.1 max. max. max. max. max. max. Part No/ref GK GK GK GK M8 x GK all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros Recommended max. torque Pull-out Torque-to-turn Push-out Nm max. kn Nm min. kn M5 x M6 x M8 x

49 Versa-Nut VN21 English Français Deutsch Italiano Español Large flange A collerette Flachkopf Flangiato Ala Ancha Slotted body Corps préfendu Geschlitzte Hülse Corpo fessurato Cuerpo ranurado Low carbon steel* Zinc plated Clear trivalent passivated Acier à faible teneur en carbone* Revêtement zingué Passivation claire trivalente Stahl* Verzinkt Klar chromatiert, Cr6-frei Acciaio a basso tenore di carbonio* Zincato Passivazione chiara trivalente Acero bajo en carbono* Zincado Pasivado claro trivalente 240 h**/96 h*** * : DIN EN Qst 34-3, BS EN/DIN C8C, Werkstoff , SAE 1008 **: to red rust / à la rouille rouge / bis Rotrost / alla ruggine rossa / al óxido rojo (ASTM B117) ***: to white rust / à la rouille blanche / bis Weißrost / alla ruggine bianca / al óxido blanco filetto / rosca M4 x 0.7 M5 x 0.8 M6 x 1.0 M8 x 1.25 ø A ø B D J M P Part No/ref min. max. min. max. max. max. max. max. max. max. Nm 1) VN VN VN VN VN VN VN VN all dimensions in mm / en millimètres / alle Maße in mm / in millimetri / en milimetros 1) Recommended maximum torque as applied to a joint with a static top plate. Thread of insert will not be damaged. However this torque value may exceed the strength of the screw or bolt in question. Always refer to the recommended tightening torque limits for the screw or bolt. Couple maximum recommandé pour un assemblage avec plaque supérieure statique. Le filet de l insert reste intact. Ce couple peut néanmoins dépasser la résistance de la vis ou du boulon en question. Veillez toujours à vous référer aux limites de couple de serrage recommandées pour la vis ou le boulon. Empfohlenes maximales Drehmoment für eine Verbindung bei der das obere an die Mutter anzuschraubende Bauteil fest eingespannt ist. Das Gewinde wird nicht beschädigt. Möglicherweise übersteigt dieser Anzugswert die Festigkeit der Schraube. Beziehen Sie sich immer auf die max. Anzugswerte der Schraube. Coppia massima raccomandata applicata a una giuntura con piastra superiore statica. La filettatura dell inserto non verrà danneggiata, comunque questa copppia può superare la resistenza della vite o del vullone impegato. Verificare sempre le coppie di serraggio raccomandate della vite o bullone impiegato. Par máximo recomendado aplicado a la unión con la placa superior estática. La rosca del inserto no queda dañada. Sin embargo este valor de par puede superar la resistencia del perno o tornillo en cuestión. Siempre consultar los limites de par de apriete recomendados para el perno o tornillo. 49

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51 The Range of Avdel Blind Fastening Systems Speed Fastening Systems Extra fast and reliable fastening from one side. Because rivets are fed automatically. Breakstem Systems Blind fastening systems with various features. From multi-grip rivet up to high strength stainless steel rivet. Lockbolt Systems For joints with highest impact. High clamp force and vibration resistance. Blind Threaded Inserts Fast system for sustainable threads with high torque-to-turn. Installation Equipment From manually operated handtools to customised assembly workstations. 51